This study identifies advances in PV recycling technology that have the potential to be affordable, technically feasible, and environmentally responsible.
This paper focuses on strategies, policies, and programs that industry and government can develop to ensure that supply chains for EVs and their batteries are secure, circular, and reduce the need for mining virgin minerals, thus reducing adverse impacts on the planet and its people.
This report looks at the mineral demand for a net-zero emissions energy system, focusing on seven critical minerals and discussing the role of technological choices, circular economy strategies, and responsible mining in reducing the environmental impact of the transition.
This report investigates the potential to develop circular supply chains for EV batteries.
This study maps the current landscape of PV material demand and recycling, and charts a course toward a more sustainable and economically viable future for the PV industry.
This page explores the best practice regulatory, fiscal and economic instruments available today to encourage a more efficient/electric vehicle stock.
This report focuses on the material resources required for the energy transition and demonstrates that there are plentiful resources available to support a prosperous net-zero global economy.
This study assesses the landscape of standards for renewable energy technologies and identifies gaps, with a focus on international standardisation.
This brief explains the potential of energy performance standards and appliance labels to advance energy efficiency in the Global South.
This is a guide to the development of energy efficiency labelling schemes for equipment and appliances, based on lessons learned in more than 120 countires.